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Kerker M. — The scattering of light
Kerker M. — The scattering of light



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Название: The scattering of light

Автор: Kerker M.

Аннотация:

" In writing this book, I have endeavored to summarize the' theory of
electromagnetic scattering, as well as to describe some of the practical
applications, particularly to light scattering. The treatment is extensive,
and yet it is hardly exhaustive, for the field is vast. The selection of topics,
described in the introductory chapter, is biased very much in favor of my own
interests." Kerker M.


Язык: en

Рубрика: Физика/Электромагнетизм/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1969

Количество страниц: 666

Добавлена в каталог: 13.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Crystallites      462
Cunningham correction      390
Cylinder      255—309
Cylinder, angular intensity functions      291—294
Cylinder, anisotropic      276—281
Cylinder, anisotropic conductivity      278
Cylinder, compound      295—298
Cylinder, dielectric      290—294
Cylinder, efficiency, absorption and extinction      265 290
Cylinder, efficiency, scattering, at oblique incidence      302—304
Cylinder, Elliptical      305
Cylinder, experimental results      307—310
Cylinder, gyromagnetic      278
Cylinder, high frequency limit      269
Cylinder, inhomogeneous      272
Cylinder, integration of intensity functions over angle      268
Cylinder, numerical results      281—285
Cylinder, oblique incidence      256 263—265 298—304
Cylinder, perpendicular incidence      262—263
Cylinder, radially stratified      269—273
Cylinder, radially stratified, small      266—268
Cylinder, totally reflecting      261 285—290
Cylinder, totally reflecting, dielectric coated      269—272
Cylinder, totally reflecting, helical sheath      280
Cylinder, variable refractive index      272—276
Cylindrical coordinate systems      255
Cylindrical lamina      262
Daby, E.      324 363 368 509 630
Dahlstrom, G.      557 643
Dale, T.      492 627
Dandliker, W.B.      344 624
Dauchot, J.      387 624 644
Daune, M.      6I4 634
Dautzenberg, H.      425 624
Davidson, N.      505 624
Davies, C.N.      390 624
de Bary, E.      79 173 174 627
De Gennes, P.      570 624
de Vries, A.J.      446 621 644
Debye equation      507—509
Debye potentials      41 45 46 51 53 56 57 233 431
Debye potentials, coated sphere      190
Debye — Brillouin equation      566
Debye — Huckel theory      525—529
Debye, P.      4 41 54 55 59 61 63 83 93 255 414 422 423 436 444 458 462 468 473 482 507 514 534 535 536 538 544 566 567 568 569 570 571 572 624 626
Deirmendjian, D.      67 79 81 98 99 108 126 136 178 431 625
Delli Colli, H.T.      549 637
Denman, H.      79 324 625
Depolarization factor, circular disk      576
Depolarization factor, spheroid      575—576
Depolarization, by liquids      588
Depolarization, correction for in liquids      498
Depperman, K.      131 287 626
Dettmar, H.K.      79 100 101 115 116 117 119 385 386 625 632 634
Devide, Z.      325 625
DeVore, J.R.      337 338 625
Dezehc, G.      325 327 328 330 334 335 344 494 498 499 500 501 502 625 631
Dezelic, N.      334 335 625
dielectric constant      9 (see also “Fluctuations”)
Dielectric constant, pressure coefficient of      490
Dielectric constant, temperature coefficient of      490
Dielectric needle      267
Diffraction      22 24
Diffraction, angular distribution      179
Diffraction, contribution to forward scattering      107
Diffraction, Fraunhofer      229 351
Diffraction, Fraunhofer, by sphere      91
Dintzis, F.R.      590 625
Dintzis, H.M.      531 532 642
Dipolar scattering      29—32
Disk, anisotropic      466
Dissymmetry      432
Dissymmetry, for exponential correlation function      460
Distribution functions      351—359
Dityndallism      598—599
Divergence      141
DNA, molecular weight from Zimm plot      508
Dobbins, R.A.      333 625
Dominant wavelength      402—406
Donkersloot, M.C.A.      614 625
Donn, B.      77 625
Donnan equilibrium      551 553 556—560
Donnan equilibrium, refractive index increment and      557
Donnan equilibrium, turbidity of polyelectrolyte solution and      555
Doodson, A.T.      59 638
Doremus, R.H.      253 625
Dorsey, E.N.      80 81 625
Doty, P.M.      424 435 444 446 448 486 508 621 625
Doyle, W.T.      82 89 625
DQ method      334—335
Eaton lens      226—232 242
Eaton — Lippman lens      242
Economou, N.A.      166 636
Edelhoch, H.      551 553 554 555 625
Edsall, J.T.      551 553 554 555 625
Efficiency, absorption      120—127
Efficiency, absorption, for anomalous diffraction      126
Efficiency, absorption, geometrical optics limit      120
Efficiency, absorption, large sphere      126
Efficiency, absorption, small particle limit      89
Efficiency, extinction      50 94—96
Efficiency, extinction, expansion as power series in $\alpha$      88
Efficiency, extinction, large sphere      120—126
Efficiency, extinction, small spheroids      582
Efficiency, radiation pressure      94—96
Efficiency, scattering      37 50 94—96 104—127
Efficiency, scattering, complex refractive index      118—126
Efficiency, scattering, contribution by electric and magnetic multipoles      115
Efficiency, scattering, empirical approximations      109—115
Efficiency, scattering, geometrical optics limit      120—125
Efficiency, scattering, large, absorbing spheres, anomalous diffraction      125—127
Efficiency, scattering, limit of large particles      106—108
Efficiency, scattering, of small particle      89
Efficiency, scattering, ripple structure      111—115
Efficiency, scattering, totally reflecting spheres      90 116—117
Ehl, J.      501 625
Ehrenberg, W.      420 625
Ehrlich, G.      444 625
Eiconal differential equation      22
Eigner, J.      508 625
Einstein, A.      6 488 504 563 625
Eisenberg, H.      436 492 495 502 504 550 551 557 623 624 625 629 638
Elastic strains, anisotropy of      468
Elder, M.E.      177 344 349 350 400 633 634
Electrical anisotropy, Bentonite and TMV      609
Electrical double layer      526
Electrolytes, solutions of      524—531
Electromagnetic waves      11—15
Electromotive force measurements, activity data from      555—556
Eliezer, N.      436 625
Ellipsoid, comparable with wavelength      616—619
Ellipsoid, small      477—481 574—583
Ellipsoid, small-angle scattering by      440
Ellipsoidal coordinates      616
Elworthy, P.H.      544 625
Emerson, M.F.      549 625
Epel, J.N.      330 642
Epstein, B.N.      437 641
Epstein, P.S.      278 625
Erhardt, P.F.      470 641
Error contour map      368
Eshler, D.C.      324 330 336 339 621
Espenscheid, W.F.      77 79 200 246 321 322 356 357 359 361 363 364 366 368 370 372 373 406 410 625 631
Evans, L.B.      283 284 295 298 625 626
Evva, F.      334 335 356 626
Ewart, R.H.      534 535 536 538 626
Exner, F.M.      151 637
Eykman equation      492 495
Eykman, J.F.      492 626
Fahlen, T.S.      155 626
Far-field solution      46
Faraday's law      8
Faraday, M.      54 626
Farone, W.A.      70 77 79 168 177 239 245 246 255 25 6 261 264 268 269 281 282 285 290 293 294 298 300 301 302 303 307 308 345 346 347 359 361 363 406 407 410 412 413 427 428 429 509 626 630 631
Faugeras, P.      307 626
Feinstein      274 626
Felsen, L.      26 626
Felsenfeld, G.      436 625
Fenn, R.      203 205 206 626
Fermat's principle      19
Ferrites      278
Feshback, H.      68 635
Fiirth, R.      563 565 626
Fisher, M.E.      569 626
Fishman, M.M.      509 626
Fixman, M.      437 569 588 626 641
Fletcher, A.      69 626
Flory temperature      551
Flory — Huggins theory      540
Flow orientation      595—597
Flow orientation, of flexible macromolecules      601—606
Flow orientation, tobacco mosaic virus      596
Fluctuations, concentration, binary solutions      504—507
Fluctuations, density      1 3 488—491
Fluctuations, density, binary solution      505—506
Fluctuations, density, critical opalescence      562—568
Fluctuations, density, gradients of      566
Fluctuations, density, multicomponent solutions      533—534
Fluctuations, dielectric constant      459 489 496 505
Fluctuations, dielectric constant, multicomponent solutions      533
Fluctuations, interdependence of concentration and density fluctuations      509—511
Foitzik, L.      456 621
Form factor      416—119
Form factor, aggregates of spherical particles      446
Form factor, copolymers      437
Form factor, random coil      423
Form factor, relation to radius of gyration      436
Form factor, table of      482—186
Form factor, thin disk      426
Form factor, thin rod      425
Form factor, two-polymer constituents in single solvent      540
Forward scattering, from efficiency      91
Fournet, G.      458 460 463 483 486 626 628
Fowle      39 620
Franz, W.      131 287 626
Fredholm equation      455
Frenkel, S.Ya.      462 626
Fresnel coefficients      20—26 96 130 139 146
Friederichs, K.O.      26 626
Friedman, B.      232 626
Frisch, H.L.      569 626
Froese, C.      281 626
Frolov, N.Ya.      238 639
Gain      128—129 156
Gallacher, L.      461 626
Gamma distribution      454 578
Gans, R.      414 501 576 579 582 585 626
Garbacz, R.J.      232 233 234 237 238 242 243 627
Gardner, K.R.      500 633
Gates, D.W.      31 627
Gaussian distribution      353 376
Geiduschek, E.P.      436 627
Geometric mean standard deviation      354
Geometrical optics      19—22
Gere, B.H.      616 641
Gerhardt, J.R.      68 81 647
Germey, K.      306 627
Germogenova, O.A.      250 627
Ghose, H.M.      549 620
Gibbs chemical potential      506
Gibbs free energy      506
Gibbs free energy, organic solutions      514
Gibbs free energy, surfactant solutions      546
Gibbs — Duhem equation      506
Giese, R.H.      79 81 173 174 627
Gladstone — Dale equation      442 492 495
Gladstone, J.H.      492 627
Glass, phase-separated      421
Glasstone, S.      589 627
Glatz, G.      486 627
Gledhill, R.J.      356 385 627
Glory rays      143—146 148 151 155
Glover, K.M      146 148 149 150 151 211 627 627
Goehring, J.B.      519 627
Gold sols      55 207
Goldberg, A.I.      524 627
Goldberg, R.J.      533 538 657
Goldstein, M.      421 424 444 468 621 627
Golikov, V.I.      395 640
Golob, H.R.      421 625
Goodrich, R.F.      88 131 627 640
Gordieyeff, V.A.      319 632
Gouda, J.H.      614 625
Gould, R.N.      240 627
Govi, G.      27 627
Graessley, W.W.      349 627
Gravatt, G.C.      572 624
Gray, E.P.      449 628
Green — Wyatt function      242
Green, A.E.S.      242 627
Green, J.B.      212 637
Green, M.S.      569 570 627 633
Greenberg, J.M.      92 93 285 302 304 314 411 425 426 617 618 627 632 635
Greenleaves, O.      181 182 629
Grossman, F.      283 643
Grunderbeek, F.      337 644
Gucker, F.T.      72 73 74 165 313 627 628
Guinier law      439
Guinier, A.      420 433 458 460 463 484 486 628 643
Gumprecht, R.O.      61 63 66 69 72 84 108 388 389 390 391 393 628
Gunn, K.L.S.      128 211 630 634
Gurevich, M.M.      420 628
Guttler, A.      189 192 194 197 628
Guzman, G.M.      499 627
Gyroelectric medium      277
Hald, A.      353 355 625
Halwer, M.      514 628
Hammel, J.J.      421 628
Hankel functions      43 56 58 65 257
Hansen, W.W.      40 628
Harned, H.S.      515 628
Harper, W.G.      79 132 135 314 576 627
Harrington, R.F.      92 628
Harrison, B.A.      88 627
Hart, R.W.      449 628
Hartel, W.      76 628
Havard, J.B.      80 628
Heilweil, I.J.      544 628
Heller, W.      61 63 77 78 79 84 85 86 87 110 166 168 169 323 324 326 329 330 339 340 341 342 343 344 349 358 359 373 374 375 376 377 378 379 380 381 382 383 427 596 597 598 599 600 601 603 604 605 607 622 625 628 635 636 637 638 641 642 644 645
Helmholtz free energy      490
Helstrom, C.W.      270 628
Hemenger, R.      196 644
Hemmer, P.C.      569 629
Hentz, Jr., F.C.      520 543 629 643
Herak, M.J.      325 629
Herak, M.M.      325 629
Herman, B.M.      36 79 81 119 132 135 137 138 211 212 217 218 219 576 627 629
Hermanie, P.H.J.      330 629
Hermans, J.J.      525 529 533 544 547 548 549 622 629 637 643
Herrmann, K.W.      570 629
Hertz — Debye potential      40—12
Hertz, H.      11 629
Heteropoly acids      518—522
Heyn, A.N.J.      475 629
Higher order Tyndall spectra      324 397—401
Higher order Tyndall spectra, as criterion of monodispersity      410
Higher order Tyndall spectra, theory of      409—110
Hight, R.      484 639
Hijmans, J.      492 493 496 497 499 500 585 589 591 592 624
Hilbig, G.      359 629
1 2 3 4 5 6
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